India (English)
India (English)
Video

Advances and applications in biomedical and food research with 3D printing.

BpZxLHAJBHSYgfTQjj9rSx
Advances and applications in biomedical and food research with 3D printing.

Find out how the company PIA (Parts and Advanced Implants) uses 3D printing to develop a human digestive tract simulator for the food and pharmaceutical sectors. Allowing industries to evaluate the digestibility, functionality and bioavailability of nutrients in food, perform release tests of bioactive substances in the digestion process.

Related Content

Somos® WeatherX™ 100 P3/DLP photopolymer | Stratasys Direct

Strong and Durable 3D Printing Materials

Explore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.

View more
Novineer

Your FDM Parts Are Stronger Than Your Simulation Says They Are.

Join Stratasys and Novineer to learn how toolpath-aware FEA improves FDM simulation accuracy from 120% error to under 18% with real workflows and case studies.

View more

Advancing Prototyping and Product Validation with PolyJet™ Technology at Jones Plastic

See how Jones Plastic uses Stratasys PolyJet™ technology and the J826™ printer to create realistic, functional prototypes that accelerate product validation and reduce development risk.

View more
Somos® WeatherX™ 100 P3/DLP photopolymer | Stratasys Direct

Explore strong, tough 3D printing materials for functional prototyping and production. Compare FDM, PolyJet, SAF, and P3 DLP polymers to find the best fit.

Novineer

Join Stratasys and Novineer to learn how toolpath-aware FEA improves FDM simulation accuracy from 120% error to under 18% with real workflows and case studies.

See how Jones Plastic uses Stratasys PolyJet™ technology and the J826™ printer to create realistic, functional prototypes that accelerate product validation and reduce development risk.